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Yoshiki Matsumura; Neil W. Roach; James Heron; Makoto Miyazaki – npj Science of Learning, 2024
During timing tasks, the brain learns the statistical distribution of target intervals and integrates this prior knowledge with sensory inputs to optimise task performance. Daily events can have different temporal statistics (e.g., fastball/slowball in baseball batting), making it important to learn and retain multiple priors. However, the rules…
Descriptors: Time, Brain, Intervals, Responses
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Leila Etemadi; Dan-Anders Jirenhed; Anders Rasmussen – npj Science of Learning, 2023
Eyeblink conditioning is used in many species to study motor learning and make inferences about cerebellar function. However, the discrepancies in performance between humans and other species combined with evidence that volition and awareness can modulate learning suggest that eyeblink conditioning is not merely a passive form of learning that…
Descriptors: Short Term Memory, Cognitive Processes, Difficulty Level, Intervals
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Oberauer, Klaus; Souza, Alessandra S.; Druey, Michel D.; Gade, Miriam – Cognitive Psychology, 2013
The article investigates the mechanisms of selecting and updating representations in declarative and procedural working memory (WM). Declarative WM holds the objects of thought available, whereas procedural WM holds representations of what to do with these objects. Both systems consist of three embedded components: activated long-term memory, a…
Descriptors: Evidence, Tests, Short Term Memory, Intervals
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Bradshaw, Ceri A.; Reed, Phil – Learning and Motivation, 2012
In three experiments, human participants pressed the space bar on a computer keyboard to earn points on random-ratio (RR) and random-interval (RI) schedules of reinforcement. Verbalized contingency awareness (CA) for each schedule was measured after the entire task (Experiments 1 and 2), or after each RR-RI trial (Experiment 3). In all three…
Descriptors: Intervals, Reinforcement, Computers, Task Analysis
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Green, Jessica J.; Woldorff, Marty G. – Cognition, 2012
The observation of cueing effects (faster responses for cued than uncued targets) rapidly following centrally-presented arrows has led to the suggestion that arrows trigger rapid automatic shifts of spatial attention. However, these effects have primarily been observed during easy target-detection tasks when both cue and target remain on the…
Descriptors: Visual Stimuli, Intervals, Conflict, Attention
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Steinhauser, Marco; Hubner, Ronald; Druey, Michel – Neuropsychologia, 2009
When rapidly switching between two tasks, bivalent stimuli can accidentally trigger the previously executed and therefore still activated response. Recently, it has been suggested that behavioral response-repetition effects reflect response inhibition that reduces the risk of such erroneous response repetitions. The present study investigated…
Descriptors: Inhibition, Responses, Brain Hemisphere Functions, Correlation
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Van Rooyen, Patrick; Santi, Angelo – Learning and Motivation, 2008
In Experiment 1, rats were trained in a symbolic delayed matching-to-sample task to discriminate sample stimuli that consisted of sequences of magazine light flashes. The intertrial interval was illuminated by the houselight for Group Light, and it was dark for Group Dark. Retention functions exhibited a choose-many response bias when the delay…
Descriptors: Stimuli, Intervals, Responses, Behavior Patterns